nanoscale electronics

The golden parts of the device depicted in the above graphic are transformable, an ability that is “not realizable with the current materials used in industry,” says Ian Sequeira, a Ph.D. student who worked to develop the technology in the laboratory of Javiar Sanchez-Yamahgishi, UCI assistant professor of physics & astronomy. Yuhui Yang / UCI

A finding that could fundamentally change the nature of electronic devices

The golden parts of the device depicted in the above graphic are transformable, an ability

Graphene-based nanoelectronics get closer and closer

A team of researchers from Denmark has solved one of the biggest challenges in making

Nanoscale electronics getting ready to get big

Wits PhD student finds a way to control the spin transport in networks of the

Ultra-small devices for energy-efficient nanoscale electronics

Fifty thousand of the rectifier molecules strung end to end would fit across the diameter